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Online since: June 2014
Authors: Dong Yang, Guo Li Yu, Meng Zhang, Shao Lin Wang
Biogas power generation is the use of industrial, agricultural or urban life in a large number of organic waste by anaerobic fermentation biogas generated from the processing, the use of power generating units, and make full use of waste heat generator sets, and make comprehensive efficiency up to 80% - 85%, so as to achieve the purpose of the development of renewable energy and energy conservation and emissions reduction.
After the project put into production, daily production biogas 10800 m3, generating 21600 kW·h every day. 10000 tons of annual production 10000 tons of organic renewal, biogas fluid , reduction of about 40000 tons of CO2 equivalent greenhouse gases.
Relevant data show that at present the annual consumption of 140 million tons of chemical fertilizer.
Online since: September 2014
Authors: Gustavo José Giardini Lahr, Glauco Augusto de Paula Caurin, Carlos Alberto Fortulan
The isostatic pressing is an attractive option to substitute extrusion, due to its high densification level and uniformity, improving the quality of the final product and cost reduction.
Fig. 1- Assembling of the robot and bench, (A) computer, (B) data acquisition module and AC sources, (C) servo motor driver, (D) tool holder, (E) grinding head, and (F) Kuka robot Isostatic Die.
The transcript of cutting parameters obtained when machining gypsum for the green porcelain generated excessive cracks at the tips of the fins, which determined the need for the reduction of cutting depth, considering the setup CNC machining reached successful with 0.25 mm, 28.73% of the value used with robot, 0.87 mm.
Online since: May 2014
Authors: Ping Zheng, Ji Gui Zheng, Ying Xu, Hong Xing Wu
Sliding mode with chattering reduction in sampled data systems.
Chattering reduction of disturbance observer based sliding mode control.
Online since: January 2015
Authors: Francis Deng Clement, Hong Zhang, Cong Liu
As the porosity shrinkages, the strength exponentially rises,  in particular, industrial users (contractors, suppliers of materials, etc.) are increasingly led to request such tests, and the type of experimental data they expect can be quite different from what is expected by people who draft regulations or develop numerical models[6].
The reduction of density was due to the increase of total porosity in the lightweight concretes, which also induced higher gas permeability and chloride diffusion coefficient[7].
The reduction in the surface tension of the water by the SRA reduces the capillary pore forces that cause shrinkage, thus reducing the drying shrinkage of the concrete.
Online since: September 2013
Authors: Danut Receanu
A schematic layout of the servomotor (permanent magnet d.c. motor) and gear reduction is shown in Fig.1.
Fig.1.Servo plant schematic (D.C. motor and gear reduction) The electrical and mechanical parameters are as follows: []-armature resistance ;[H]-armature inductance ; [Nms/rad]-motor torque constant and [V/rad/s]-motor voltage constant for the permanent magnet DC motor; [Nms2]-armature inertia ;[Nms2]-load inertia ;[Nms/rad]-armature frictional coefficient;[Nms/rad]-load frictional coefficient; low gear ratio;-resistant moment refered to the rotor shaft.
The Simulink/MATLAB software(Fig.9.) is in accordance with the design and the analysis of a nonlinear closed-loop system and with help of the Win Con software, a data acquisition board, it is a possibility to control in real-time a servomechanism or an industrial robot.
Online since: April 2015
Authors: Yi Sheng Huang
Data collected and analyzed could be used as reference in equipment lubrication system diagnosis management, contributing to improvements in tribological techniques and equipment maintenance.
Fig. 6 Super AWS Type Hydraulic Oil Development for Sludge Reduction Performance of Tribology Management The practice of tribology management system in China Steel is primarily for maintaining proper lubrication for mechanical components, preventing sudden equipment failures, and extending useful life of equipment.
The final result is oil compatibility confirmation, material number reduction, procurement source increase, and oil cost decrease.
Online since: July 2016
Authors: Robert Jasionowski, Dariusz Zasada, Wojciech Polkowski
Acquired diffraction data was then analyzed with TSL OIM Analysis 5 commercial software.
In the first step, investigated alloy was cold rolled to 50 % of thickness reduction.
Cold rolling was carried out on sexton-type rolling mill (with Ø85 mm working rolls) at 2 m/min constant velocity and 10 % reduction per pass.
Online since: May 2016
Authors: Yoshinori Ando, Iwanori Murakami, Kenji Uchibori, Koji Chigra
About transmitting a torque, many reports have studied on reduction of improvement of the maximum transmission torque and the cogging torque [1-7].
(c) In the case when the gear gap and the required step out torque are given, the data are calculated by Eq. 6-13.
Hirata, Cogging Torque Reduction Method of a Magnetic-Geared Motor, Proceedings of MAGDA 2011, pp.343-348, (2011) [5] M.
Online since: July 2020
Authors: Takeshi Kato, Satoshi Iwata, Edi Suharyadi, Astrie Nofrianti, Afifah Thahirah Muzakki, Nurul Imani Istiqomah
Where the catalyst serves as a material that can increase the rate of oxidation and reduction reactions.
The results of the XRD NiZnFe2O4 pattern have a diffraction peak (220) (311) (400) (422) (511) (440) samples according to JCPDS data reference No.45-0131 in range of 20⁰ - 80⁰ [6].
This is because the longer the irradiation time the more photon energy hits the photocatalyst surface so that more holes and electrons are produced. for pure MB solution, the degradation of the dye because there is no photocatalyst which encourages the reduction-oxidation reaction[11].
Online since: September 2016
Authors: Sergei Yu. Yazykov, Sergey Panin, Boris Ovechkin, Larisa A. Kornienko
Then its reduction down to ρ = 0.328 g/cm3 takes place.
Thus, during the steel powder treatment the fracture of large agglomerates happens (Fig. 3, a, b, c.); at the MT of the BC powder a significant reduction of particle size takes place (Fig. 3, d, e, f); the CG powder has a particle size less than 4 µm, so no particle refinement was observed; moreover colloidal nature of the filler causes the change in the values of the bulk density due to probable agglomeration of the CG particles.
Quantitative data, as well as SEM-images of coating microstructure are presented in table 1.
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